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More fixes for unite tests on IE11 and Edge (part IV)

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jos 2018-06-06 10:21:54 +02:00
parent 30eee5076f
commit a19ebaca1c
3 changed files with 10 additions and 4 deletions
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2
browser-test-config/browserstack-karma.js
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@ -59,7 +59,7 @@ module.exports = function(config) {
browser: 'IE',
browser_version: '11',
os: 'Windows',
os_version: '7'
os_version: '10'
},
bs_edge: {
base: 'BrowserStack',

10
test/function/trigonometry/sinh.test.js
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@ -32,10 +32,16 @@ describe('sinh', function() {
// skip this test on node v0.10 and v0.12, which have a numerical issue
it('should return the sinh of very small numbers (avoid returning zero)', function() {
// If sinh returns 0, that is bad, so we are using assert.equal, not approx.equal
// If sinh returns 0, that is bad, so we are using assert, not approx.equal
assert(sinh(-1e-10) !== 0);
assert(sinh(-1e-50) !== 0);
assert(Math.abs(sinh(-1e-10) - -1e-10) < EPSILON);
});
// FIXME: this test doesn't work on IE11, find a solution for that
it('should return the sinh of very large numbers (avoid returning zero)', function() {
// If sinh returns 0, that is bad, so we are using assert.equal, not approx.equal
console.log('process.version=', process.version)
assert(sinh(1e-50) !== 0);
assert(Math.abs(sinh(1e-50) - 1e-50) < EPSILON);
});
}

2
test/type/unit/physicalConstants.test.js
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@ -44,7 +44,7 @@ describe('physical constants', function() {
approx.equal(math.efimovFactor, 22.7);
// Physico-chemical constants
assert.equal(math.atomicMass.toString(), '1.6605389217299995e-27 kg'); // round-off error
assert.equal(math.atomicMass.format({precision: 14}), '1.66053892173e-27 kg'); // round-off error
assert.equal(math.avogadro.toString(), '6.0221412927e+23 mol^-1');
assert.equal(math.boltzmann.toString(), '1.380648813e-23 J / K');
assert.equal(math.faraday.toString(), '96485.336521 C / mol');